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Geração de calor durante a preparação da osteotomia do implante afetando a osseointegração: scoping review
| Name: | Description: | Size: | Format: | |
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| 37915 | 609.44 KB | Adobe PDF |
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Abstract(s)
Introdução: Durante a fase de cirurgia de colocação do implante, a osteotomia é um procedimento fundamental que cria uma cavidade no osso para permitir o posicionamento estável do implante sendo fundamental para o sucesso e a durabilidade a longo prazo do procedimento. No entanto, durante a osteotomia, pode ser gerado calor devido ao atrito entre os instrumentos cirúrgicos e o osso circundante pelo que o controle adequado da temperatura pode desempenhar um papel crucial na manutenção de processos biológicos equilibrados e ideais, promovendo assim a osseointegração.
Objetivo: Os objetivos desta Scoping Review são determinar a temperatura crítica (máxima) a partir da qual fica comprometido o processo de osteointegração e qual o impacto da relação temperatura/tempo de exposição neste processo de remodelação.
Métodos: A pesquisa bibliográfica foi realizada nas bases de dados: MEDLINE/PubMed ScienceDirect e B-ON. Foram incluídos estudos in vivo e in vitro, combinando os termos de pesquisa e respectivos termos MeSH com operadores booleanos (AND, OR, NOT) sem limitações temporais, escritos em português, italiano e inglês.
Resultados: De acordo com os critérios de inclusão e exclusão aplicados à pesquisa obteve-se os seguintes resultados nas bases de dados: MEDLINE/PubMed (7) ScienceDirect (37) e B-ON (1179). Destes, 29 foram elegíveis.
Conclusões: Dentro dos limites desta scoping review e dentro dos limites dos artigos que foram selecionados, não foi possível encontrar uma temperatura crítica (máxima) a partir da qual fica comprometido o processo de osteointegração no entanto, é possível afirmar que a temperatura tem um impacto significativo no sucesso da osteointegração.
Introduction: During the surgery phase of implant placement, osteotomy is a fundamental procedure that creates a cavity in the bone to allow stable positioning of the implant and is critical to the success and long-term durability of the procedure. However, during osteotomy, heat can be generated due to friction between the surgical instruments and the surrounding bone, so proper temperature control can play a crucial role in maintaining balanced and optimal biological processes, thereby promoting osseointegration. Objective: The objectives of this Scoping Review are to determine the critical temperature (maximum) from which the osseointegration process is compromised and what is the impact of the temperature/exposure time relationship on this remodeling process. Methods: The literature search was carried out in the following databases: MEDLINE/PubMed ScienceDirect and B-ON . In vivo and in vitro studies were included, combining the search terms and respective MeSH terms with Boolean operators (AND, OR, NOT) without temporal limitations, written in Portuguese, Italian and English. Results: According to the inclusion and exclusion criteria applied to the research, the following results were obtained in the following databases: MEDLINE/PubMed (7), ScienceDirect (37) and B-ON (1179). Of these, 29 were eligible. Conclusions: Within the limits of this scoping review and within the limits of the articles that were selected, it was not possible to find a critical temperature (maximum) from which the osseointegration process is compromised, however, it is possible to state that temperature has a significant impact on the success of osseointegration.
Introduction: During the surgery phase of implant placement, osteotomy is a fundamental procedure that creates a cavity in the bone to allow stable positioning of the implant and is critical to the success and long-term durability of the procedure. However, during osteotomy, heat can be generated due to friction between the surgical instruments and the surrounding bone, so proper temperature control can play a crucial role in maintaining balanced and optimal biological processes, thereby promoting osseointegration. Objective: The objectives of this Scoping Review are to determine the critical temperature (maximum) from which the osseointegration process is compromised and what is the impact of the temperature/exposure time relationship on this remodeling process. Methods: The literature search was carried out in the following databases: MEDLINE/PubMed ScienceDirect and B-ON . In vivo and in vitro studies were included, combining the search terms and respective MeSH terms with Boolean operators (AND, OR, NOT) without temporal limitations, written in Portuguese, Italian and English. Results: According to the inclusion and exclusion criteria applied to the research, the following results were obtained in the following databases: MEDLINE/PubMed (7), ScienceDirect (37) and B-ON (1179). Of these, 29 were eligible. Conclusions: Within the limits of this scoping review and within the limits of the articles that were selected, it was not possible to find a critical temperature (maximum) from which the osseointegration process is compromised, however, it is possible to state that temperature has a significant impact on the success of osseointegration.
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Keywords
Osseointegration Thermal heating Drilling Implant Irrigation